NACHI 88145 9/16"-12 Size, H3 Thread Limit, Modified/Semi Bottoming Chamfer, 3 Flute, Black Oxide Vanadium High Speed Steel, Right Hand Cut Spiral Fluted Tap

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Item #
12-488-145
  • Brand: NACHI
  • Size Type: ANSI
  • Thread Size: 9/16"-12
  • Thread Limit: H3
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7 In Stock Check Locations

MSRP: $143.02 /each
$92.07
Product Specifications
More Information
Brand NACHI
Tool Material Vanadium High Speed Steel
Finish Coating Black Oxide
Thread Size 9/16"-12
Cutting Direction Right Hand
Overall Length 3-19/32"
Size Type ANSI
Thread Limit H3
Chamfer Style Modified/Semi Bottoming
No. of Flutes 3
Type VTP Cobalt/Vanadium High Speed Steel High Performance Taps
Model # 88145
First Choice For: Stainless Steel
Flute Shape Spiral Flute
OC_Steel X
Prop. 65 Yes
Shank Type Square Shank
Size 9/16"
Thread Direction Right Hand
UNSPSC 23241615
Weight 0.095 lbs.
Workpiece Material Range Steel, Stainless Steel, High-Temp Exotic Alloys, Non-Ferrous, Cast Iron, Plastics
Country of Origin JAPAN

Prop 65 Warning

Many metalworking products do contain metals that are included in the latest Prop 65 warning. Exposure to the elements can be harmful. May cause cancer and reproductive harm.

Details
Precision Tapping with VTP Series HSS-V Taps from NACHI. By introducing this industry-leading efficient VTP Vanadium HSS tap, NACHI aims to offer process reliability and consistency during tapping tasks. Built with premium high-speed steel (HSS), this steel tap is suitable for tapping through a variety of materials. The tap is made of vanadium HSS, and it is given a black oxide finishing coat. The high vanadium presence in the product offers greater wear resistance. Besides, it is heat-treated, which provides extra toughness to the tap. Therefore, the VTP Vanadium HSS tap is long-lasting and remarkably efficient. Moreover, the black oxide treatment given for the surface provides the tool with added lubricity. It also resists galling and pickup during high workloads. This right-hand cut spiral-pointed tap from NACHI has a thread size ranging ANSI #2-56 thru 1-8 with an H2/H3 thread limit. The metal tap has three straight flutes, and the total length varies from 1-3/4 inches to 5-1/8 inches. It comes with a square shank as well. This VTP Series superior tap is applicable on steel with 35 Rc. However, it can deliver more or less the same performance when used on a variety of materials. This plug chamfer tap can be best utilized for through-hole tapping tasks in metalworking processes. The VTP Vanadium HSS tap from NACHI is proven to provide precise and finely-cut threads. Also, this right-hand cut tap provides you with tight control over the size of the tapped hole. Above all, the design given to the tap aims to deliver optimum tapping performance in different work conditions.

Benefits

  • The NACHI VTP Series tap is made from HSS-V, which is perfect for longer tapping actions. It also has extended tool life. This heat-treated tap has extra toughness, which makes rigorous tapping tasks easy.
  • The tap provides high flexibility for working with a wide variety of materials and working conditions.
  • This spiral-pointed tap from NACHI has a sophisticated design to allow for the stable cutting of threads.

Applications

  • The VTP Series HSS-V tap is the best for working on steel with 35 Rc. However, it can also be utilized for tapping through a whole range of materials, such as high-temp exotic alloys, ferrous and non-ferrous materials, cast iron, plastics, etc.
  • This high-quality plug chamfer tap is perfect for through-hole tapping. Also, this easy-to-clean metal tap can be leveraged by automotive, construction, manufacturing, and endless other industries.

Features

  • The VTP Series tap from NACHI is made of HSS-V, with an added black oxide final coat, and the tap is heat-treated.
  • It is a right-hand cut tap with a ANSI #2-56 to 1-8 thread size, H2/H3 thread limit, and three straight flutes for threading. With this spiral-pointed tap, you get control over the size of the tapped hole.
  • The tap is provided with a specific design to deliver optimum performance during tapping tasks.

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